没想到不到一个月就把Planet部分全部翻译完成了 这大段看起来很多，但事实上很多都是表格，所以内容和难度其实还好 就後面Anomaly比较多一点（而且翻译这边又很好玩） 反而是之後要从word转换到google文件时比较麻烦 今天先发到 Habitability and Colonisation 部分 照例一天贴一篇 对了，有位网友（不确定是否为板友）在我之前的翻译的google文件上有提到一个问题 他认为Sheredyn不应该翻译为「萨拉丁军团」，因为发音不是这样发 但我考虑过後，决定还是先维持现行翻译，毕竟翻译是要给现代的华人看的 比起完全追求音译，我认为如果能与大家熟悉的事物连结会更好 「萨拉丁」我觉得发音没有差到太离谱的地步，而且他也是大家耳熟能详的史实人物 又是着名的军事统率，「萨拉丁军团」的译名，我认为应该没问题 以上，希望大家能提出自己的意见讨论 感谢 ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ Endless Space Wiki 翻译 http://endlessspace.wikia.com/wiki/Endless_Space_Wiki google文件：http://0rz.tw/2bb1r 我把google文件的权限调到只要有连结的人就能评论 如果要修改的板友，请标明修改段落并留下您的ID 这样以後有机会发布时，我才知道感谢名单要列上哪些人 感谢 ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ ***************** *捌、Planet 行星* ***************** Planets are the dwellings of your people and your empire's source of productivity in the form of the game's four basic resources: Food , Industry , Dust and Science . Together known as FIDS , these four resources are essential for each and every development in an empire. Their many uses means productive planets are key to growth for every faction, and sustaining planetary workforces (as population units ) is a large part of this. 行星是你的人民的居所，也是供给你的帝国四大游戏基本资源：食物、工业产能、星尘和 科技的来源。这四大资源合称FIDS，对於帝国的任何发展都很重要。因此，高生产力的行 星是每个势力成长的关键，而稳定的行星劳力（就是人口）扮演重要的角色。 Planets come in many classes/types and sizes. These factors affect its FIDS production rates and its maximum population unit size, respectively. The classification of Planets is according to its suitability for life, with Terran, Jungle and Ocean planets being Class I, while Class V includes Asteroids and Gas Giants (whose habitants live on orbital platforms). Planets may also contain certain Luxury or Strategic Resources and Anomalies. 行星分成不同等级/型态及大小，这些因素会影响它的FIDS产量及最大人口上限。行星等 级根据生命是否易於生存而定，类地球、丛林和海洋行星是第一级，而第五级包括小行星 带和气态巨星（居民只能住在轨道平台上）。行星也可能会有豪奢资源、战略资源和奇异 点。 ////////////////////////////////////////////////////////////////// 一、Planetary Resource Production 生产行星资源 As a basic runthrough the mechanics of plantary production, this section may be skipped by anyone familiar with population units or turn-based strategy. This will be covered in more depth in the later section, Planet#Colonization Analysis. 该段落只会对於行星生产做基本的概览，如果对於人口或基本策略熟悉的人就可以跳过。 在「殖民建议」一节中会有更深入的探讨。 For every population unit on a planet, some FIDS are made. The amount of FIDS produced by each planet is added together, and that is the raw production of the Star System. Improvements will then apply after this point. 每个在行星上的人口都会生产FIDS，每颗行星生产的FIDS都会加总在一起，这就是一个行 星系的粗生产量，之後才会计算改良效果。 It is notable that the biggest factor in planetary FIDS production is the base rate, determined by the planet type. This is also affects which resource will be produced, and is why choosing good planets is important. The second is the population , because the amount of FIDS produced is multiplied per population unit. The third factor are increases in production rates - for example Planetary Exploitation. 影响行星FIDS生产最大的因素是基本倍率，这由行星型态决定。这也会影响到什麽资源会 被生产，所以找一颗好行星才会这麽重要。第二因素是人口，因为每多一个人就会让FIDS 产量多一倍。第三因素是生产倍率，像是行星开发之类的能够影响此因素。 ////////////////////////////////////////////////////////////////////// 二、Habitability and Colonisation 居住与殖民 Planets come in 5 main habitability classes, each divided up into several specific types. All classes except Class I (Terran, Jungle and Ocean) require colonization technology. 行星有五种主要的居住等级，每个等级里都还会分成数种型态，除了等级一（类地球、丛 林和海洋）以外的行星都需要殖民科技才能殖民。 Class I Planets (Terran, Jungle, and Ocean) are the easiest to colonize and provide plenty of food . Opportunities for Industry , Dust , or Science are generally fair, but can be very good, depending on the planet. Class I Planets can be terraformed from existing Class II Planets by researching the appropriate tier 9 or 10 technologies. 第一级行星（类地球、丛林和海洋）最容易殖民且能提供大量食物。工业产能、星尘和科 技的产量很平均，不过都很不错，要根据行星型态而定。在研究合适的第九或第十层科技 後，第二级行星就能经由外星环境改造改造为第一级行星。 Class II Planets (Arid and Tundra) can be colonized by researching the appropriate tier 1 technologies from the Exploration & Expansion tree. While Class I Planets are preferred, Class II populations are quite large and give very small penalties to Approval . They provide less food than Class I, have adequate amounts to sustain 2-3 planets. Class II Planets provide excellent opportunities for Dust or Industry . Class II Planets can be terraformed from Class III Planets by researching the appropriate tier 8 technologies. 第二级行星（乾燥和冻土），在研究了探险与扩张科技树上合适的第一层科技後就能进行 殖民。虽然第一级行星比较好，但第二级行星比较大，而对於认同度会有些微负面影响。 第二级行星提供的食物比第一级少，不过还够支撑两到三颗行星的量。第二级行星能生产 不少的星尘和工业产能。在研究合适的第八层科技後，第三级行星就能经由外星环境改造 改造为第二级行星。 Class III Planets (Desert and Arctic) can be colonized by researching the appropriate tier 2 technologies. Less desireable than Class I or II as Food is scarce (without improvements), but these planets offer excellent opportunities for Dust or Science . Class III Planets can be terraformed from Class IV Planets by researching the appropriate tier 7 technologies. 第三级行星（沙漠和极地），在研究了合适的第二层科技後就能进行殖民。该种行星比起 第一第二级行星较没人缘，因为食物（在没有改良的情况下）太少，但这类行星的星尘和 科技产量很高。在研究合适的第七层科技後，第四级行星就能经由外星环境改造改造为第 三级行星。 Class IV Planets (Lava and Barren) can be colonized by researching the appropriate tier 4 technologies. Living conditions are harsh, leading to a major Approval penalty. These planets have no Food (without improvements) but are a rich source of Industry or Science . Class IV Planets can be terraformed from other Class IV or Class III Planets by researching the appropriate tier 5 technologies. 第四级行星（熔岩和贫瘠），在研究了合适的第四层科技後就能进行殖民。这里的生活很 艰苦，所以认同度会受到很大的损害。这类行星（在没有改良的情况下）不产食物，但却 是工业产能及科技的丰富来源。在研究合适的第五层科技後，第四级行星就能经由外星环 境改造为第三级或其他种类的第四级行星。 Class V Planets and Asteroids (Gas Giants and Asteroids) can be colonized by researching the appropriate tier 5 technologies. These planets and astroids are the least desirable for the inhabitants (they're going to be really grouchy there). Like Class IV Planets, food is nonexistent. Aside from the lack of food however, Asteroids provide very good opportunities for ALL three Industry , Dust , and Science . The Gas Giants on the other hand, are generally poor but provide outstanding opportunities (in fact by far the best) in Industry , Dust or Science (depending on the gas composition). Gas giants can be terraformed into other types of gas giants or into Class IV planets with sufficient technology. Asteroids can not be altered in any way by terraforming. 第五级行星和小行星带（气态巨星和小行星带），在研究了合适的第五层科技後就能进行 殖民。这些行星和小行星带是最烂的居住地（居民一定会成天发牢骚）。跟第四级行星一 样，它们完全不产食物，不过小行星带却提供了巨量的工业产能、星尘和科技，而气态巨 星是真的很烂，但在工业产能、星尘或科技的产量上（取决於哪种气体），它们却能提供 最可怕的产值（事实上第二名根本看不见它们的车尾灯）。在研究合适的科技後，气态巨 星就能经由外星环境改造为第四级行星或其他种类的气态巨星。小行星带无法做外星环境 改造。 （译注：这边关於外星环境改造的叙述和下面第五级行星/小行星带一节的叙述截然不同 ，不知道哪个才是正确的） ------------------------------------------------------------------------ Class I Planets 第一级行星 Consisting of Terran, Jungle, and Ocean Planets, these are the easiest to colonise and provide plenty of Food . Opportunities for Industry , Dust , or Science are generally fair, but can be very good, depending on the planet. These are the planets that people enjoy inhabiting. Class I Planets can be terraformed from other Class I or Class II Planets to a by reseaching the appropriate tier 9 or 10 technology on the Exploration & Expansion Technology Tree. Class I Planets, however, are the most expensive to create through terraformation, costing 1280 Industry. 第一级行星由类地球、丛林行星和海洋行星组成，它们最容易殖民且能提供大量食物。工 业产能、星尘和科技的产量很平均，不过都很不错，要根据行星型态而定。这些行星是人 们最喜欢居住的行星。在研究合适的第九或第十层科技後，第二级行星或其他种类的第一 级行星就能经由外星环境改造为第一级行星。不过要改造出一个第一级行星要花最多的工 业产能（1280）。 Terran 类地球 "A mix of land and water geology, this planet type is easy to exploit" 「陆地和水的地质结合，这种行星最容易居住。」 Terran Planets are a very good source of Dust . They tend to be Tiny (26.7%), Small (26.7%) or Medium (26.7%) in size, but can be Large (13.3%) or even Huge (6.7%). Terran Planets can be created from other Class I or Class II Planets through terraformation by researching the tier 9 Complex Regulated Systems technology on the Exploration & Expansion Technology Tree. 类地球行星是个良好的星尘来源。这类行星一般都是微型、小型或中等大小（均26.7%） ，但也有可能是大型（13.3%）或甚至巨型（6.7%）行星。在研究探险与扩张科技树第九 层中的复杂调控系统科技後，就能把其他第一级或第二级行星改造为类地球。 Jungle 丛林行星 "Dense with vegetation, this planet type can support a large population." 「高密度的植被，这种行星能支撑大量的人口。」 Jungle Planets are a very good source of Industry . They are most likely to be Tiny (28.6%) or Small (28.6%), but can also be Medium (21.4%) in size. They have a slightly greater chance than Terran Planets being Large (14.3%) or Huge (7.1%). Jungle Planets can be created from other Class I or Class II Planets through terraformation by researching the tier 10 Mass Hydration technology on the Exploration & Expansion Technology Tree. 丛林行星是个良好的工业产能来源。这类行星最可能是微型或小型大小（均28.6%），不 过也有不小机会是中等大小（21.4%），成为大型（14.3%）或巨型（7.1%）行星的机率比 类地球高一点。在研究探险与扩张科技树第十层中的群聚水合科技後，就能把其他第一级 或第二级行星改造为丛林行星。 Ocean 海洋行星 "Primarily or entirely covered by water, this planet type is rich in life and resources." 「大部分或全部都被水所覆盖，这种行星富含生命及资源。」 Ocean Planets are a very good source of Science . They are most likely to be Tiny (28.6%) or Small (28.6%), but can also be Medium (21.4%) in size. They have a slightly greater chance than Terran Planets being Large (14.3%) or Huge (7.1%). Ocean Planets can be created from other Class I or Class II Planets through terraformation by researching the tier 10 Mass Hydration technology on the Exploration & Expansion Technology Tree. 海洋行星是个良好的科技来源。这类行星最可能是微型或小型大小（均28.6%），不过也 有不小机会是中等大小（21.4%），成为大型（14.3%）或巨型（7.1%）行星的机率比类地 球高一点。在研究探险与扩张科技树第十层中的群聚水合科技後，就能把其他第一级或第 二级行星改造为海洋行星。 ---------------------------------------------------------------- Class II Planets 第二级行星 Consisting of Arid and Tundra Planets, these can only be colonised by researching the appropriate tier 1 technologies from the Exploration & Expansion Technology Tree. While Class I Planets are preferred, people are still willing (-5 Approval) to inhabit Class II Planets if necessary. Although they provide less Food , there's still adequate amounts. Class II Planets provide excellent opportunities for Dust or Science . These planets can be terraformed from Class I, other Class II, or Class III Planets by reseaching the appropriate tier 8 technologies on the Exploration & Expansion Technology Tree. Arid and Tundra Planets can be create at a reasonable price through terraformation, costing 800 Industry. 第二级行星由乾燥行星和冻土行星组成，这些行星在研究了探险与扩张科技树上合适的第 一层科技後才能进行殖民。虽说大家都想去第一级行星，但有必要的话人们还是会志愿去 第二级行星居住（认同度-5）。虽然第二级行星提供的食物比较少但还算够用，相对的星 尘或科技产量都很高。在研究探险与扩张科技树第八层中合适的科技後，就能把第一级和 第三级行星改造成第二级行星，或是改变第二级行星本身的型态，需要花800工业产能。 （译注：这里的叙述和下面的表格有冲突，不知道哪个才是正确的） Arid 乾燥行星 "Relatively dry, this planet type is still valuable for farming and development." 「比较乾燥，这类行星仍然能农耕及开发。」 Arid Planets are an excellent source of Dust , but have poor opportunities for Science . They tend to be Tiny (25.0%), Small (25.0%) Medium (18.8%), or Large (18.8%), but can also be Huge (12.5%). Arid Planets can be created from Class I, other Class II, or Class III Planets through terraformation by researching the tier 8 Mass Particle Displacement technology on the Exploration & Expansion Technology Tree. 乾燥行星是个优良的星尘来源，但科技产量不高。这类行星的大小分布较平均，微型、小 型（均25.0%）、中等、大型（均18.8%）、巨型（12.5%）都有可能。在研究探险与扩张 科技树第八层中的大量粒子替换科技後，就能把第一、第三级行星或其他型态的第二级行 星改造成乾燥行星。 Tundra 冻土行星 "Though partially covered in ice and snow, this planet is still relatively easy to exploit." 「虽然大部分都被冰雪覆盖，但这类行星还算不难开发。」 Tundra Planets are a very good source of Science , but have poor opportunites for Industry . They tend to be Tiny (25.0%), Small (25.0%) Medium (18.8%), or Large (18.8%), but can also be Huge (12.5%). Tundra Planets can be created from Class I, other Class II, or Class III Planets through terraformation by researching the tier 8 Exotic Thermodynamics technology on the Exploration & Expansion Technology Tree. 冻土行星是个优良的科技来源，但工业产能不高。这类行星的大小分布较平均，微型、小 型（均25.0%）、中等、大型（均18.8%）、巨型（12.5%）都有可能。在研究探险与扩张 科技树第八层中的外界热力学科技後，就能把第一、第三级行星或其他型态的第二级行星 改造成冻土行星。 （译注：这里的叙述和下面的表格有冲突，不知道哪个才是正确的） --------------------------------------------------------------------- Class III Planets 第三级行星 Consisting of Desert and Arctic Planets, can only be colonised by researching the appropriate tier 2 technologies. These planets are less desireable (-10 Approval) than Class I or II Planets to inhabit as Food is scarce (without improvements), but they also offer excellent opportunities for Industry or Science . Class III Planets can be terraformed from Class IV Planets by reseaching the appropriate tier 7 technologies from the Exploration & Expansion Technology Tree. 第三级行星由沙漠行星和极地行星组成，只有在研究合适的第二层科技後才能在其上殖民 。这些行星比起第二级行星更讨人厌，因为食物（在没有改良之前）非常稀少，不过它们 提供了大量的工业产能或科技。在研究探险与扩张科技树第七层中合适的科技後，就能把 第四级行星改造成第三级行星。 Desert 沙漠行星 "With its waterless surface, this planet is more difficult to colonize and exploit." 「地表没水，所以这类行星在殖民及开发的难度更高。」 Desert Planets provide excellent opportunities for Industry , However, Dust is nonexistant and there are poor opportunities for Science . They tend to be Tiny (23.1%), Small (23.1%), or Medium (23.1%) in size, but can also be Large (15.4%) or Huge (15.4%). Desert Planets can be created from Class II, other Class III, or Class IV Planets through terraformation by researching the tier 7 Soil Revivification technology on the Exploration & Expansion Technology Tree. 沙漠行星有大量的工业产能，却没半点星尘，而且科技产量也很少。最常见的大小是微型 、小型或中等（均23.1%），但也有机会是大型或巨型（均15.4%）行星。在研究探险与扩 张科技树第七层中的土壤再活化科技後，就能把第二、第四级行星或其他型态的第三级行 星改造成沙漠行星。 Arctic 极地行星 "Glacial and snow-covered, exploitation of this planet requires some effort." 「被雪覆盖的极寒之地，要在这类行星上开拓需要付出一些努力。」 Arctic Planets provide excellent opportunities for Science , However, Industry is nonexistant and there are poor opportunities for Dust . They tend to be Tiny (23.1%), Small (23.1%), or Medium (23.1%) in size, but can also be Large (15.4%) or Huge (15.4%). Arctic Planets can be created from Class II, other Class III, or Class IV Planets through terraformation by researching the tier 7 Low-Temp Hydration technology on the Exploration & Expansion Technology Tree. 极地行星有大量的科技，却没半点工业产能，而且星尘产量也很少。最常见的大小是微型 、小型或中等（均23.1%），但也有机会是大型或巨型（均15.4%）行星。在研究探险与扩 张科技树第七层中的低温水合科技後，就能把第二、第四级行星或其他型态的第三级行星 改造成极地行星。 ---------------------------------------------------------------- Class IV Planets 第四级行星 Consisting of Lava and Barren Planets, can only be colonised by researching the appropriate tier 4 technologies. These planets are even less desirable (-15 Approval) than Class III Planets to inhabit due mainly to the fact that Food is nonexistent as are opportunities for Science . The only saving grace is that the opportunites for Industry or Dust are actually very good. Class IV Planets can be terraformed from other Class IV or Class III Planets by researching the appropriate tier 5 technologies. 第四级由熔岩行星和贫瘠行星组成，只有在研究合适的第四层科技後才能在其上殖民。这 类行星比第三级行星还不受欢迎（认同度-15），因为上面根本种不出食物，也无法出产 科技，唯一可取之处是工业产能和星尘产量非常高。在研究第五层科技中合适的科技後， 就能把第三级行星改造成第四级行星，或改变第四级行星的形态。 （译注：这里的叙述和下面的表格有冲突，不知道哪个才是正确的） Lava 熔岩行星 "'Tectonically active and hot, advanced science is necessary to colonize this planet." 「地壳运动强烈且炎热，要在这类行星上殖民就需要先进的科技。」 Lava Planets provide very good opportunities for Industry , However, Science is nonexistent and there are poor opportunities for Dust . They can to be Tiny (14.3%), Small (19.0%), or Medium (19.0%) in size, but are usually Large (23.8%) or Huge (23.8%). Lava Planets can be created from Class III or other Class IV Planets through terraformation by researching the tier 5 Graviton Manipulation technology on the Exploration & Expansion Technology Tree. 熔岩行星有着丰富的工业产能，却无法出产半点科技，星尘产量也很可怜。这类行星也有 微型（14.3%）、小型或中等（均19.0%）大小，但大型或巨型（均23.8%）比较多。在研 究探险与扩张科技树第五层中的引粒子操纵科技後，就能把第三级行星或其他型态的第四 级行星改造成熔岩行星。 Barren 贫瘠行星 "Lacking both water and atmosphere, exploitation of this planet type is very difficult." 「无论是水或大气都很缺乏，要在这类行星上开拓非常困难。」 Barren Planets provide very good opportunities for Dust , However, Science is nonexistent and there are poor opportunities for Industry . Like Lava Planets, they can to be Tiny (14.3%), Small (19.0%), or Medium (19.0%) in size, but are usually Large (23.8%) or Huge (23.8%). Barren Planets can be created from Class III or other Class IV Planets through terraformation by researching the tier 5 Atmospheric Engineering technology on the Exploration & Expansion Technology Tree. 贫瘠行星有着丰富的星尘，却无法出产半点科技，工业产能也很可怜。就像熔岩行星，这 类行星也有微型（14.3%）、小型或中等（均19.0%）大小，但大型或巨型（均23.8%）比 较多。在研究探险与扩张科技树第五层中的大气工程学科技後，就能把第三级行星或其他 型态的第四级行星改造成熔岩行星。 （译注：这里的叙述和下面的表格有冲突，不知道哪个才是正确的） --------------------------------------------------------------- Class V Planets/Astroids 第五级行星/小行星带 Consisting of three different kinds of Gas Giant and Asteroids, they can only be colonised by researching the appropriate tier 5 technologies. Like Class IV Planets, Food is nonexistent. These planets (and astroids) are the least desirable (-20 Approval) for the inhabitants, infact your Population is going to be downright grouchy there. But the reason you're forcing people live there is for the unusual opportunites for other FIDS . For example, aside from the lack of food, Astroids provide very good opportunities for ALL three Industry , Dust , and Science . The Gas Giants on the other hand, are generally poor for most but will provide outstanding opportunities (in fact by far the best) for one of Industry , Dust or Science (depending on the gas composition). Class V Planets and Astroids can not be altered in any way by terraformation, but they can be improved upon. 这类行星由三种不同的气态巨星和小行星带组成，只有在研究合适的第四层科技後才能在 其上殖民。跟第四级行星一样，这类行星不产吃的。这些行星（和小行星带）没什麽人想 去（认同度-20），事实上你的人民在那边一定会牢骚满腹，而你逼迫他们去住在那边的 理由会是因为其他FIDS的异常产量。举例来说，不管食物缺乏的情况的话，小行星带无论 工业产能、星尘和科技的产量都很优秀。另一方面，气态巨星什麽都烂，但在工业产能、 星尘或科技的产量上（取决於哪种气体）却能提供最可怕的产值（事实上第二名根本看不 见它们的车尾灯）。第五级行星和小行星带无法做外星环境改造，不过能做行星改良。 Gas Giants 气态巨星 "Large Gas Giants, it is the most difficult Planet Type to settle and develop." 「巨大的气态巨星，是最难居住及开发的行星类型。」 Gas Methane 甲烷巨星 The only saving grace of Methane Gas Giants are their outstanding opportunities for Industry . Everything else is nonexistent. They're never Tiny (0.0%) or Small (0.0%), but can occationally be Medium (16.7%) in size. However, they are usually Large (50.0%) or Huge (33.3%). Methane Gas Giants can not be terraformed, but they can be improved upon through Star System Improvement. 甲烷巨星的唯一好处是它出众的工业产能，其他什麽都没有。不会有微型或小型的行星（ 均0.0%），偶尔会有中等行星（16.7%），而大多是大型（50.0%）或巨型（33.3%）行星 。甲烷巨星无法做改造，但能做行星改良。 Gas Hydrogen 氢气巨星 Similar to Gas Methane, the only saving grace of Hydrogen Gas Giants are their outstanding opportunities for Dust . Everything else is nonexistent. They're never Tiny (0.0%), Small (0.0%), or Medium (0.0%) in size. They're always either Large (40.0%) or Huge (60.0%). Hydrogen Gas Giants can not be terraformed, but they can be improved upon through Star System Improvement. 与甲烷巨星类似，氢气巨星的唯一好处是它出众的星尘产量，其他什麽都没有。不会有微 型、小型或中等大小行星（均0.0%），不是大型（40.0%）就是巨型（60.0%）行星。氢气 巨星无法做改造，但能做行星改良。 Gas Helium 氦气巨星 Similar to the other Gas Giants, the only saving grace of Hydrogen Gas Giants are their outstanding opportunities for Science . Everything else is nonexistent. They're never Tiny (0.0%), Small (0.0%), or Medium (0.0%) in size. They're always either Large (50.0%) or Huge (50.0%). Helium Gas Giants can not be terraformed, but they can be improved upon through Star System Improvement. 与其他气态巨星类似，氦气巨星的唯一好处是它出众的科技产量，其他什麽都没有。不会 有微型、小型或中等大小行星（均0.0%），不是大型（50.0%）就是巨型（50.0%）行星。 氦气巨星无法做改造，但能做行星改良。 Asteroid 小行星带 "Essentially a bunch of rocks in a vacuum, colonization of asteroids requires very advanced science." 「基本上就是在一片虚空中的一条岩石带，要在小行星带上殖民需要非常先进的科学。」 Aside from being an unpleasant place to live, Asteroids are definitely worth colonizing due to their unique abundance of FIDS . They offer very good opportunities for ALL three Industry , Dust , and Science . They cover the spectrum in size, but will most likely fall in the middle of the range - Tiny (14.3%), Small (21.4%), Medium (28.6%), Large (21.4%) or Huge (14.3%). Astroids can not be terraformed, but they can be improved upon through Star System Improvement. 尽管住在这边很不舒服，小行星带仍然很值得殖民，因为其独特的FIDS产量─工业产能、 星尘和科技产量都非常高。小行星带的大小呈钟形分布，而中等大小最多─微型（14.3% ）、小型（21.4%）、中等（28.6%）、大型（21.4%）、巨型（14.3%）。小行星带无法做 改造，但能做行星改良。 ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ 请大家务必批评指正我的翻译，感谢！ -- 推 JamesWadeBosh:我正式宣告,再来都是我推文,not1,not2... 7/08 20:10 推 Maverick :推 6/12 20:11 推 JamesWadeBosh:推 6/22 20:12 嘘 Spurs :断 6/16 20:14 --

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